Momentum GT Air Intake System Pro 5R Filter

The AFE POWER Momentum GT Air Intake System Pro 5R Filter delivers a measurable increase in engine airflow and responsive throttle feel—essential upgrades for any automotive enthusiast committed to extracting peak performance from their vehicle. This system addresses the factory air intake's restrictive design, which limits volumetric efficiency and forces the engine to work harder at higher RPMs. Whether you're building a street performance machine or optimizing daily driver dynamics, the Momentum GT provides noticeable improvements in acceleration and overall engine responsiveness without sacrificing reliability or drivability.

The Pro 5R filter technology represents a significant engineering step forward in filtration media and airflow design. The 5R designation indicates AFE POWER's advanced reusable dry-flow filter construction, engineered to balance maximum air passage with superior engine protection—critical for maintaining long-term reliability under aggressive driving. The system's optimized intake track and tuned inlet geometry reduce turbulence and temperature rise, allowing cooler, denser air charge to reach the combustion chamber. This translates to improved combustion efficiency and measurable horsepower gains across the mid-range and upper RPM band where drivers feel the most dramatic responsiveness improvement.

Installation is straightforward for experienced DIY mechanics and delivers benefits immediately upon startup. The Momentum GT Air Intake System Pro 5R Filter is engineered for specific vehicle platforms with direct fitment, eliminating the need for aftermarket adapters or modifications to engine bay components. Routine maintenance involves simple filter element cleaning per AFE POWER's specifications, extending service life and reducing long-term ownership costs. This system appeals to serious enthusiasts who demand bolt-on performance enhancement without compromising engine longevity or warranty coverage concerns—making it an intelligent investment in both power and reliability.